Sentence examples for intricate feedback from inspiring English sources

The general design of the retina encompasses several parallel feedforward pathways and many intricate feedback circuits.

There have been repeated calls for a transdisciplinary approach to complex SESs that incorporates resilience, complexity science characterized by intricate feedback interactions, emergent processes, non-linear dynamics and uncertainty.

The intricate feedback loops that regulate TNF expression help to control the period and degree of TNF-α production after the initial induction (Schottelius et al. 2004).

It has been reported that miRNAs can form intricate feedback and feed-forward loops with TFs within the context of gene regulatory networks (Hornstein and Shomron 2006; Shalgi et al. 2007; Tsang et al. 2007; Su et al. 2010).

Realistic deterministic dynamic models of complex biological systems are difficult to assess with respect to behaviour, since they are characterised by a large number of parameters and state variables as well as nonlinear functional relationships and intricate feedback loops.

However, these methods concentrate on the effects on one output variable at a time, and are therefore not as useful for analysis of biological systems that typically contain intricate feedback loops.

While each of the studies upon which our results were mainly based did, in our judgment, succeed in advancing our understanding of the intricate feedbacks between changes in land use, food, feed, fibre and bio-energy production with respect to some critical factors, none was devoid of shortcomings (see SOM).

Due to the intricate nature of feedback, the formation of the first galaxies in so-called 'atomic cooling halos' is much more complicated than the formation of the first stars in minihalos (Bromm and Yoshida 2011; Loeb and Furlanetto 2013).

The analysis is carried out in the context of the bacterial heat shock response where the tight control of the amount of heat shock proteins is achieved through an intricate architecture of feedback loops involving the σ32-factor.

Given NF-κB's importance, its activation is under precise control and it is very intricate, with numerous feedback mechanisms in place.

Circadian clocks serve as internal pacemakers that influence many basic homeostatic processes; consequently, the expression and function of their components are tightly regulated by intricate networks of feedback loops that fine-tune circadian processes.